Nita A. Farahany
Duke University - School of Law; Duke University - Institute for Genome Sciences & Policy
Stanford Law Review Vol. 64, 351 (2012)
Vanderbilt Public Law Research Paper No. 11-17
The neuroscience revolution poses profound challenges to current self-incrimination doctrine and exposes a deep conceptual confusion at the heart of the doctrine. In Schmerber v. California, the Court held that under the Self- Incrimination Clause of the Fifth Amendment, no person shall be compelled to “prove a charge [from] his own mouth,” but a person may be compelled to provide real or physical evidence. This testimonial/physical dichotomy has failed to achieve its intended simplifying purpose. For nearly fifty years scholars and practitioners have lamented its impracticability and its inconsistency with the underlying purpose of the privilege. This Article seeks to reframe the debate. It demonstrates through modern applications from neuroscience the need to redefine the taxonomy of evidence subject to the privilege against self-incrimination. Evidence can arise from the identifying characteristics inherent to individuals; it can arise automatically, without conscious processing; it can arise through memorialized photographs, papers, and memories; or it can arise through responses uttered silently or aloud. This spectrum — identifying, automatic, memorialized, and uttered — is more nuanced and more precise than the traditional testimonial/physical dichotomy, and gives descriptive power to the rationale underpinning the privilege against self-incrimination. Neurological evidence, like more traditional evidence, may be located on this spectrum, and thus doctrinal riddles of self-incrimination, both modern and ancient, may be solved.
Number of Pages in PDF File: 59
Keywords: testimonial, physical, neuroscience, self-incrimination, Fifth AmendmentAccepted Paper Series
Date posted: March 13, 2011 ; Last revised: May 10, 2012
© 2014 Social Science Electronic Publishing, Inc. All Rights Reserved.
This page was processed by apollo1 in 0.360 seconds